Export To 3D Web Scene,
Export To 3D Web Scene
How to use Export To 3D Web Scene Tool in Arc Toolbox ArcMap ArcGIS ??
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| Export To 3D Web Scene |
Export To 3D Web Scene Tool, CityEngine Toolset, 3D Analyst Toolbox
Export To 3D Web Scene
Exports ArcScene
documents (.sxd) to Esri CityEngine Web Scene (.3ws) format to display them in
the CityEngine Web Viewer.
The CityEngine Web
Viewer uses HTML5 and WebGL technology to draw 3D content in a web browser.
There is no need for a plug-in or a Esri CityEngine license to view 3D scenes
in browsers that support WebGL.
1. Scene Document
The input ArcScene
document (.sxd) to be exported to a CityEngine Web Scene.
2. Web Scene
The output 3D Web Scene
(.3ws) that will be created from the ArcScene document.
Features From CityEngine Rules
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| Features From CityEngine Rules |
Features From CityEngine Rules Tool, CityEngine Toolset, 3D Analyst Toolbox
Features From CityEngine Rules
Generates 3D geometries from existing 2D and 3D input features using rules authored in Esri CityEngine.
1. Input Features
Input polygon, or
multipatch features.
2. Rule Package
The CityEngine rule
package *.rpk file containing CGA rule information and assets.
3. Output Features
The output feature class
containing multipatch features with CGA rules applied.
Feature Class Z to ASCII
How to use Feature Class Z to ASCII Tool in Arc Toolbox ArcMap ArcGIS ??
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| Feature Class Z to ASCII |
Feature Class Z to ASCII Tool, From Feature Class Z to ASCII
Toolset, Conversion Toolset, 3D Analyst Toolbox
Feature Class Z to ASCII
Exports 3D features to
ASCII text files storing GENERATE, XYZ, or profile data.
1. Input Feature Class
The 3D point,
multipoint, polyline, or polygon feature class that will be exported to an
ASCII file.
2. Output Location
The folder to which
output files will be written.
3. Output Text File
The name of the
resulting ASCII file.
If a line or polygon
feature class is exported to XYZ format, the file name is used as a base name.
Each feature will have a unique file output, since the XYZ format only supports
one line or polygon per file. Multipart features will also have each part
written to a separate file. The file name will be appended with the OID of each
feature, as well as any additional characters needed to make each file name
unique.
4. File Format (optional)
Specifies the format of
the ASCII file being created.
·
GENERATE—Writes output in the GENERATE format. This is the
default.
·
XYZ—Writes XYZ information of input features. One file will be
created for each line or polygon in the input feature.
·
PROFILE—Writes profile information for line features that can be
used in external graphing applications.
5. Delimiter (optional)
Specifies the delimiter
that will indicate the separation of entries in the columns of the text file
table.
·
SPACE—A space will be used to delimit field values. This is the
default.
·
COMMA—A comma will be used to delimit field values. This option is
not applicable if the decimal separator is also a comma.
6. Decimal Notation (optional)
Specifies the method
that will determine the number of significant digits stored in the output
files.
·
AUTOMATIC—The number of significant digits needed to preserve the
available precision, while removing unnecessary trailing zeros, is
automatically determined. This is the default.
·
FIXED—The number of significant digits is defined in the Digits
after Decimal parameter.
7. Digits after Decimal (optional)
The number of digits written after the decimal
for floating-point values written to the output files. This parameter is used
when the Decimal Notation parameter is set to Specified Number
(decimal_format=FIXED in Python).
8. Decimal Separator (optional)
Specifies the decimal character
that will differentiate the integer of a number from its fractional part.
·
DECIMAL_POINT—A point is used as the decimal character. This is
the default.
· DECIMAL_COMMA—A comma is used as the decimal character.
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